Abstract
Abstract Zero-field muon spin relaxation and high-field transverse muon spin rotation have been measured for an organic superconductor κ - ( BEDT - TTF ) 4 Hg 2.89 Br 8 . No anomaly is found in zero-field relaxation spectrum at the superconducting transition temperature, 4.2 K. The muon Knight shift determined by transverse muon spin rotation at 6 T exhibits Curie–Weiss like behavior down to 2 K, whereas static magnetic susceptibility shows a peak around 30 K. The muon Knight shift does not scale with the magnetic susceptibility at low temperatures.
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